Hello everyone. I have this problem, a 10980xe with X299 Dark 4.8Ghz all core, 1.22 vc, bios 1.23. It works perfectly with the override vc, but I can't in any way set it to adaptive. The maximum voltage is ignored, practically works in auto. I also tried with negative offset but then it becomes unstable in idle.
With the 7980xe delided this problem does not exist, i use it with vc 1.24 adaptive, 0 offset, 4.8Ghz all core.
Can anyone help me?
Couldn't an adaptive negative offset be implemented?
Sorry for my English.

Hi, unfortunately it does not depend on this. I did research on the net, it seems that the problem is due to the exaggeratedly high VID of these processors. If you try to set an adaptive VC with a lower value than the VID, the processor will work again in auto.
This is why I proposed an adaptive negative offset, in order to set a higher voltage than the VID, and lower it with a large negative offset, which progressively decreases when it returns to idle.

Yes, it should be, if the voltage is higher than the VID it should work, it should assign the same voltage to all cores adaptively, but in reality it runs in auto with different voltages for each core and accepts the negative offset.

The VIDs are maybe +20 mV above stability. There is not much room to undervolt using Override. People who claim to have 4.8 GHz stable with undervolting have unstable CPUs. Override results in a constant voltage (meant for 4.8 GHz) at all ratios including AVX, resulting in massive heat generation during AVX workloads. Using a negative offset also undervolts AVX ratios, in addition to the idle instability.
 
At 4.8 GHz all-core, you will find that AVX-512 at say 4.3 GHz is unstable without a +ve offset. A +ve offset is the only way to increase AVX ratio voltage in Adaptive mode, as the configured Adaptive voltage does not apply at lower ratios.